SenseNC Feeds optimises CNC milling by eliminating trial and error through physics-based feed rate calculation before machining. Built for manufacturers using Siemens NX CAM, it addresses tool wear, high energy use, and inefficient machining, improving tool life, reducing waste, and increasing productivity and machine capacity.
Optimization results are independent of the original feed rates that might have been set by the CAM programmer and tailored to tool construction type (solid carbide, inserted (regular), inserted (high-feed)
Seamlessly integrated within Siemens NX CAM so that any NX CAM programmer can use it regardless of their experience. Near net shapes are supported but blank needs to be defined in the CAM (Stock built by bounding box is not supported)
Optimized toolpaths in minutes without impacting performance, taking advantage of parallelised computing
All original and optimized operations are saved in the NX CAM .prt file for traceability. Detailed reports for each milling operation are provided to clarify the rationale behind the optimized feed rates.
Near-net shapes are supported but blank needs to be defined in the CAM. Stock built by bounding box is not supported
AML partnered with Productive Machines to optimise machining, cutting cycle time and waste, enabling cost-effective reshoring of key aerospace components for a net-zero-focused client.
SenseNC Feeds support NX CAM 2306 and newer versions.